Interactive Lean and Agile Management Calculator

Sprint Capacity Planner

Calculate realistic team capacity, account for availability and recurring commitments, allocate planned effort across work types and test whether the proposed sprint commitment fits before a capacity shock occurs.

At a Glance
Primary Focus Capacity, allocation and sprint-load decisions
Typical Duration 12–18 minutes
Learning Format Direct-manipulation capacity calculator
Best For Agile teams, Scrum practitioners and delivery leaders
Overview

Sprint capacity should reflect the team that will actually be available.

The planner starts with working days and member availability, subtracts known leave and recurring commitments, applies an explicit reserve, then compares net capacity with planned sprint work. It keeps capacity hours separate from story points and uses capacity as an input to team commitment—not as a utilization quota.

Guided Demonstration

Sprint Capacity Planner — Step by Step

Eight locked stages move from sprint context through availability, recurring commitments, reserve, work-type demand, sprint commitment, a capacity shock and management review.

Net Capacity Not revealed
Planned Load Not revealed
Progress Stage 1 of 8
Guided learning stages
Foundation Stage 1 of 8

Current Instruction
Interactive Capacity Dashboard

Available Effort, Work Mix and Sprint Commitment

Reveal the sprint context to begin.

100%
Capacity status: Establish the sprint context.
Supporting Table

See how gross team time becomes net delivery capacity.

Experiment Mode

Test a Sprint-load Scenario

Experiment Mode is isolated from the guided demonstration. Change team size, sprint length, support demand, reserve and planned work to see how capacity utilization responds.

Knowledge Check

Test sprint-capacity judgement.

Choose an answer, then check it.
Quick Reference

Sprint-capacity planning cues

Gross Team Capacity

Sum of each member's available sprint time after known leave and allocation percentage.

Recurring Commitments

Subtract known Scrum-event time and recurring support or business-as-usual demand.

Reserve

Use an explicit, context-based allowance for normal unplanned work and delivery uncertainty.

Net Capacity

Gross capacity minus recurring commitments, support load and explicit reserve.

Capacity Utilization

Committed workload ÷ net capacity × 100. Higher is not automatically better.

Capacity ≠ Story Points

Do not use a universal point-to-hours conversion. Story points and capacity hours answer different planning questions.

Key Takeaway
Capacity planning makes the commitment constraint visible before the sprint starts.

Plan from real availability, subtract known commitments, retain transparent room for uncertainty and revisit scope when capacity or demand changes materially.